CN206090697U - Water conservation towards stool pot that full -automatic extraction waste water secondary used - Google Patents
Water conservation towards stool pot that full -automatic extraction waste water secondary used Download PDFInfo
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- CN206090697U CN206090697U CN201621083673.9U CN201621083673U CN206090697U CN 206090697 U CN206090697 U CN 206090697U CN 201621083673 U CN201621083673 U CN 201621083673U CN 206090697 U CN206090697 U CN 206090697U
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Abstract
The utility model relates to a full -automatic extract water conservation towards the stool pot that the waste water secondary used in step, include and dash just the water tank, be located the waste water bin that dashes just water tank below and will automatic extraction of waste water in the waste water bin dash the just automatic waste water draw -out device of water tank. The water conservation still includes and can receive and release wash platform automatically towards what stool pot an organic whole designed towards the stool pot. The utility model discloses utilize running water pressure, can be under the circumstances of the no energy resource consumption full -automatic waste water secondary that utilizes uses, practice thrift original 13 with the running water quantity 1 6, it need not the expenditure that electric power consumes, increases water processing costs and disinfection articles for use, and is simple to use, accords with the human engineering operation, brings more sanitaryly and be convenient for the user, and wash platform utilizes running water pressure to receive and release, not only convenient to use practices thrift the usage space moreover.
Description
Technical field
This utility model is related to the water-saving flushing toilet stool that a kind of full-automatic extraction secondary waste water is used.
Background technology
Water is the requisite resource of the mankind, and many countries all have water shortage problem in the world, how to make full use of water to provide
Source becomes the important topic of water saving.Toilet is the indispensable the articles for daily use of people's daily life, it clean, convenient, comfortable
The healthy of people and the civilization degree for going to toilet are directly connected to economy, toilet water system belongs to the important composition of toilet
Part.Traditional toilet supply water be kinetic energy by the potential energy of water, impact the purpose that Excreta reaches cleaning.Current toilet
The about following several ways of water saving mode after improvement：One is, makes the impulsive force of water preferably sharp by fluid mechanical design
To the consumption of this reduction water；Two are, substitute tap water with waste water and use；Three are, change bath principle at present, are such as blown with vapour
Negative pressure method, unstable structure are from row's method etc..Wherein, waste water quality is faced with using waste water water source process big with the two of water level promoting
A difficult problem.
Toilet water usually directly uses tap water, wastes serious.Therefore, many people attempt with other sanitary wastewaters to replace
Generation cleaning water source, but they could be used after electric equipment is sterilized waste water lifting, again, filtered mostly；This is in reality
In use, occur again the consuming of electric power, water treatment facilities expense increase, the continuing expenditure of sterilizing article, it is and regular
Equipment cleaning, the use simplified to script brings loaded down with trivial details, makes troubles to user.Simultaneously can also be in the peace of product
The aspects such as dress, maintenance are made troubles.Further, since the unstability in the source of waste water, in the process of waste water quality, one is given up
The water quality of water spot will reach the middle water quality standard of country, and its input-output ratio is not simple as the utility model people imagination；Therefore
Most of wastewater treatment products commercially promote difficult.
Additionally, existing wash platform is generally located in beside toilet, it is beneficial to after going to toilet and washes one's hands and face health, but this setup palpus
Larger space is occupied, the modern society of and an inch of land is an inch of gold thick particularly with the narrow people in ground, with less economic benefit.If can not affect
Basic effect basis is lower effectively to reduce bathroom, the space of washing, then can just increase extra space, reach properly using empty
Between economic efficacy.The waste water that wash platform is washed one's hands, washed one's face produced by Hou in addition, which is expelled directly out and recycles without appropriate, for
The situation of water resource shortcoming, really belongs to a kind of waste now.Thus, CN1273312A discloses a kind of water-saving closet of tool wash platform
Sanitary equipment, including toilet, water tank, it is characterised in that：Link above toilet and a wash platform free to rotate is set, should
Inside wash platform, both sides are solid on fixed mount with pivoted frame and a drive-connecting shaft pivot, and separating in water tank has filtered water tank and foul water tank, sewage
Case is connected with top wash platform with pipeline.But the folding and unfolding of the wash platform is manually to carry out, inconvenient operation, and foul water tank
Volume is effective, the DeGrain of water saving.
Utility model content
The purpose of this utility model is to provide the water-saving flushing toilet stool that a kind of full-automatic extraction secondary waste water is used, with reality
The consumption of tap water is saved now.For this purpose, the concrete scheme that this utility model is adopted is as follows：
A kind of full automatic synchronization extracts the water-saving flushing toilet stool that secondary waste water is used, including including flushing cistern, positioned at flushing
Storage of waste water case below water tank and the waste water in the storage of waste water case is drawn into into the automatic of the flushing cistern automatically
Waste water pumping device, the automatic waste water draw-out device include the tap water hydraulic pressure chamber and the exhausted water of variable volume of variable volume
Pressure chamber, originally described in water-driven, the change of tap water hydraulic pressure chamber volume is big, makes the sewage hydraulic pressure chamber volume synchronously become big formation negative pressure,
And then extract the water in the storage of waste water case and add in the flushing cistern.
Further, the automatic waste water draw-out device is compression water pump structure, specifically, the tap water hydraulic pressure chamber
Collapsible structure is with the waste water hydraulic pressure chamber, the waste water hydraulic pressure chamber coaxial sleeve is located at outside the tap water hydraulic pressure chamber,
The tap water hydraulic pressure chamber and the waste water hydraulic pressure chamber by active clapboard be divided into upper tap water hydraulic pressure chamber and under originally water hydraulic
Room and upper waste water hydraulic pressure chamber and lower waste water hydraulic pressure chamber, the active clapboard between upper tap water hydraulic pressure chamber and lower tap water hydraulic pressure chamber
On be provided with tap water water compensating valve and be provided with the active clapboard between upper waste water hydraulic pressure chamber and lower waste water hydraulic pressure chamber waste water from
Lower waste water hydraulic pressure chamber enters the first check valve of upper waste water hydraulic pressure chamber；The tap water hydraulic pressure chamber lower end is connected with tap water, when
When tap water enters lower tap water hydraulic pressure chamber, the active clapboard is promoted to rise, and then the waste water hydraulic pressure chamber elongation under driving
Negative pressure is produced, waste water is extracted and is added in the flushing cistern from the storage of waste water case with synchronization.
Further, the automatic waste water draw-out device is additionally provided with tap water water compensating valve opening mechanism and tap water moisturizing
Valve closing organ；The tap water water compensating valve opening mechanism is the vertical rod extended from the upper tap water hydraulic pressure chamber top down
Or projection, the tap water water compensating valve closing organ is to extend to intake with tap water from the lower tap water hydraulic pressure chamber bottom up
The vertical tube or tap water water inlet pipe of pipe connection upwardly extends portion.
Further, the automatic waste water draw-out device can also adopt piston water pressure pump configuration, specifically, it is described from
Piston type moving valve is fixed at the top of water hydraulic pressure chamber and the waste water hydraulic pressure chamber, the tap water hydraulic pressure chamber is provided with and institute
The tap water water compensating valve of flushing cistern connection is stated, and is provided with the waste water hydraulic pressure chamber and waste water water compensating valve is connected with the flushing cistern
And the second check valve connected with the storage of waste water case, the tap water hydraulic pressure chamber is connected with tap water, when tap water enters
When entering the tap water hydraulic pressure chamber, promote the moving valve to rise, and then make the waste water hydraulic pressure chamber volume become big and produce negative pressure,
Waste water is extracted and added in the flushing cistern from the storage of waste water case with synchronization.
Further, the flushing cistern includes tap water flushing case and waste water flushing case, the tap water hydraulic pressure chamber with
The tap water flushing case connection, the waste water hydraulic pressure chamber are connected with the waste water flushing case, and the tap water flushing case is provided with
Tap water flashing valve, the waste water flushing cistern are provided with ball float, and the ball float is described by coupled linkage control
The switch of tap water flashing valve and tap water water inlet control valve, the tap water water inlet control valve are used to control tap water entrance
The tap water hydraulic pressure chamber.
Further, wastewater collection pond is provided with below the storage of waste water case and waste water is drawn into from wastewater collection pond
Second waste water pumping device of the storage of waste water case, second waste water pumping device include scalable second waste water hydraulic pressure chamber
With the second active clapboard being fixed at the top of which, waste water is provided with the second portable plate and enters described from the second waste water hydraulic pressure chamber
3rd check valve of storage of waste water case, second active clapboard are connected by two connecting rods with the active clapboard, with originally
Water promotes the active clapboard to drive the second active clapboard to rise when rising, so that the second waste water hydraulic pressure chamber elongation, will
Waste water is drawn into the second waste water hydraulic pressure chamber from the wastewater collection pond, and when the active clapboard declines by described second
The water of waste water hydraulic pressure chamber is pressed into the storage of waste water case by the 3rd check valve.
Further, also including flushing device for toilet and can automatic deploying and retracting wash platform, it is described can automatic deploying and retracting wash platform pivotally pacify
Be mounted in above the flushing device for toilet, it is described can the discharge outlet of automatic deploying and retracting wash platform storage of waste water case is connected to by drain pipe.
Further, it is described can automatic deploying and retracting wash platform include hand basin, pivoted frame, hydraulic drive mechanism, pedal, wash one's hands
Basin is fixed on pivoted frame, and driven gear is installed with pivoted frame, and hydraulic drive mechanism includes driving gear, scalable hydraulic fluid tank, consolidates
It is located at vertical tooth rack at the top of hydraulic fluid tank, tap water inlet and outlet control valve and tap water inlet and outlet control valve operating-controlling mechanism, institute
Tooth bar, driving gear and driven gear composition gear drive is stated, pedal triggers the tap water Inlet and outlet water by connecting rod
Control valve operating-controlling mechanism action, and then tap water tap water inlet and outlet control valve action is manipulated, make hydraulic fluid tank telescopic band carry-over bar
Move up and down, to drive driving gear to rotate clockwise or counterclockwise, so as to driving hand basin to pack up or putting down.
Further, the tap water inlet and outlet control valve be coaxial multistage rotational structure, and be provided with connection tap water enter
The outlet of the water inlet, the intake-outlet of connection hydraulic fluid tank and connection tap water drain pipe of water pipe, the tap water draining
Pipe is in fluid communication with the tap water flushing case.
Further, the tap water can be substituted by the water with pressure.
This utility model has an advantageous effect in that：This utility model utilizes tap water pressure, can be in energy free consumption
In the case of automatically reuse sanitary wastewater, by originally water consumption saving to original 1/3-1/6, its without the need for electric power consume
Expense, the expenditure for not increasing water process expense and sterilizing article, using simple, bring convenience to user；And it is wholely set
Wash platform carry out automatically folding and unfolding using pedal-controlled tap water press pump, not only using hygienic and convenient, and more save use
Space.
Description of the drawings
Fig. 1 shows the diagrammatic top view of the water-saving flushing toilet stool according to one embodiment of the present utility model；
Fig. 2 shows the structural representation of the first embodiment of the water-saving flushing toilet stool shown in Fig. 1；
Fig. 3 show shown in Fig. 2 water-saving flushing toilet stool bath after tap water water inlet control valve open when tap water hydraulic pressure chamber
With the operation principle schematic diagram of waste water hydraulic pressure chamber；
Tap water hydraulic pressure chamber and useless when tap water water compensating valve is opened after the water-saving flushing toilet stool bath that Fig. 4 shows shown in Fig. 2
The operation principle schematic diagram of aqueous pressure chamber；
Fig. 5 show shown in Fig. 2 water-saving flushing toilet stool bath after tap water water inlet control valve open continue moisturizing when originally
The operation principle schematic diagram of aqueous pressure chamber and waste water hydraulic pressure chamber；
Fig. 6 show the waste water flushing case of the water-saving flushing toilet stool shown in Fig. 2 fill water, tap water water inlet control valve close after
The operation principle schematic diagram of tap water hydraulic pressure chamber and waste water hydraulic pressure chamber in resting state；
Fig. 7 shows that the tap water of the second embodiment of the automatic waste water draw-out device of the water-saving flushing toilet stool shown in Fig. 1 enters
The operation principle schematic diagram of tap water hydraulic pressure chamber and waste water hydraulic pressure chamber when water control valve is opened；
Fig. 8 shows the work of the tap water hydraulic pressure chamber and waste water hydraulic pressure chamber in the moisturizing stage of the water-saving flushing toilet stool shown in Fig. 7
Make principle schematic；
Fig. 9 shows that the tap water water inlet control valve of the water-saving flushing toilet stool shown in Fig. 7 is in oneself of resting state after closing
The operation principle schematic diagram of water hydraulic pressure chamber and waste water hydraulic pressure chamber；
Figure 10 shows the same of the levels sewage storage case of the water-saving flushing toilet stool according to another embodiment of this utility model
The first stage operation principle schematic diagram of step sewage draw-out device；
Figure 11 shows the second stage operation principle schematic diagram of the sewage draw-out device of Figure 10；
The schematic diagram of the water-saving flushing toilet stool shown in Fig. 1 when Figure 12 shows that wash platform puts down；
The schematic diagram of the water-saving flushing toilet stool shown in Fig. 1 when Figure 13 shows that wash platform is packed up；
The operation principle schematic diagram of tap water inlet and outlet control valve when Figure 14 shows wash platform folding and unfolding.
Specific embodiment
To further illustrate each embodiment, this utility model is provided with accompanying drawing.These accompanying drawings are in this utility model is disclosed
A part for appearance, which is mainly to illustrate embodiment, and the running that can coordinate the associated description of description to explain embodiment is former
Reason.Coordinate with reference to these contents, those of ordinary skill in the art will be understood that other possible embodiments and this practicality are new
The advantage of type.
This utility model is further illustrated in conjunction with the drawings and specific embodiments.With reference to Fig. 1 and 2, water-saving flushing toilet stool 1
Including flushing device for toilet 10, waste water flushing case 20, tap water flushing case 30, tap water hydraulic pressure chamber 40, waste water hydraulic pressure chamber 50, storage of waste water
Case 60, tap water water inlet control valve 70, tap water flush valve 80 and flush valve 90.In the present embodiment, flushing cistern
It is made up of the waste water flushing case 20 and tap water flushing case 30 that are provided separately, but in other embodiments, flushing cistern can also
Without separating into waste water flushing case 20 and tap water flushing case 30, but it is integrated.In the present embodiment, 40 He of tap water hydraulic pressure chamber
Waste water hydraulic pressure chamber 50 constitutes an automatic waste water draw-out device.But in other embodiments, automatic waste water draw-out device can also be by
Electrodynamic pump and the liquid-level switch that is arranged in waste water flushing case are constituted, as this is relatively common structure, no longer do here into
One step is described.The concrete structure of tap water hydraulic pressure chamber 40 and waste water hydraulic pressure chamber 50 is described more fully below.Tap water hydraulic pressure chamber 40
Coaxially be set in exhausted water pressure chamber 50, tap water hydraulic pressure chamber 40 and waste water hydraulic pressure chamber 50 by 110 points of active clapboard for it is upper from
Water hydraulic pressure chamber 41 and lower tap water hydraulic pressure chamber 42 and upper waste water hydraulic pressure chamber 51 and lower waste water hydraulic pressure chamber 52.On originally water hydraulic
Tap water water compensating valve 43 is provided with active clapboard between room 41 and lower tap water hydraulic pressure chamber 42, in the useless of storage of waste water case 60
In the case of hydropenic, tap water can add to tap water flushing case 30 by tap water water compensating valve 43 and overflow to sewage flushing
Case 20, till sewage flushing case 20 is full.Set on active clapboard between upper waste water hydraulic pressure chamber 51 and lower waste water hydraulic pressure chamber 52
It is equipped with the first check valve 53 that waste water enters upper waste water hydraulic pressure chamber 51 from lower waste water hydraulic pressure chamber 52.The top of upper tap water hydraulic pressure chamber 41
Portion is connected with the top of tap water flushing case 30.The top of upper tap water hydraulic pressure chamber 41 is provided with tap water water compensating valve opening mechanism
44, in the present embodiment, which is the vertical rod 44 extended from the top down of upper tap water hydraulic pressure chamber 41.But in other embodiments
In, which can also be with projection.And the bottom of lower tap water hydraulic pressure chamber 42 is provided with tap water water compensating valve closing organ 45, at this
In embodiment, which is the vertical tube 45 extended vertically upwards from the bottom of lower tap water hydraulic pressure chamber 42.But in other embodiments,
Which can also be that tap water water inlet pipe 120 upwardly extends portion into lower tap water hydraulic pressure chamber 42.In the present embodiment, tap water
Spring 46 is provided between the top of water compensating valve 43 and upper tap water hydraulic pressure chamber 42, to accelerate the decrease speed of active clapboard 110,
The retraction speed of tap water hydraulic pressure chamber 42 and lower waste water hydraulic pressure chamber 52 is played, but in other embodiments, spring 46 can also set
Put between the bottom of tap water water compensating valve 43 and lower tap water hydraulic pressure chamber 42 or can also omit.Upper waste water hydraulic pressure chamber 51
Top is connected with the top of waste water flushing case 20, and lower 52 bottom of waste water hydraulic pressure chamber is by wastewater inlet pipe 130 and storage of waste water case
60 connections, 130 lower end of wastewater inlet pipe is provided with filter, is resulted in blockage with preventing big debris to be inhaled into.Wastewater inlet pipe 130
On be additionally provided with the second check valve 54, to prevent waste water to be back to storage of waste water case 60 from lower waste water hydraulic pressure chamber 52.Tap water is intake
Control valve 70 is arranged on tap water water inlet pipe 120, and tap water flush valve 80 is arranged on the side wall of tap water flushing case 30
On, for controlling the water in tap water flushing case 30 into waste water flushing case 20, flush valve 90 is arranged on 20 bottom of waste water flushing case
Portion.In the present embodiment, tap water hydraulic pressure chamber 40 and waste water hydraulic pressure chamber 50 are made up of the elastic telescopic pipe of such as bellows.It is preferred that
Ground, the volume of waste water hydraulic pressure chamber 50 is 2-5 times of the volume of tap water hydraulic pressure chamber 40.
Additionally, waste water flushing case 20 is provided with ball float 201, ball float 201 fluctuates with the water level of waste water flushing case 20, leads to
Cross coupled linkage 202 to control the switch of tap water flashing valve 80 and tap water water inlet control valve 70.Waste water
Flushing case 20 is provided with three water lev el control points, i.e. full-water level F, low water level L and empty water level E（As shown in Figure 2）.Additionally, water saving
Flushing device for toilet also includes pedal flushing control mechanism 140, and pedal flushing control mechanism 140 is used to open flush valve 90.Certainly,
In other embodiments, it would however also be possible to employ alternate manner well known by persons skilled in the art opening flush valve 90, here no longer
It is described further.When water-saving flushing toilet stool will be washed by water, with the pedal of foot-operated pedal flushing control mechanism 140 once, punching
Just valve 90 is opened, and starts flushing action.When the water level decreasing of waste water flushing case 20 is to low water level L, tap water flashing valve 80 dozens
Open, the water of tap water flushing case 30 is added in waste water flushing case 20；When water level decreasing is to sky water level E, flush valve 90 is in weight
Be automatically switched off under power effect, tap water water inlet control valve 70 is opened, tap water Jing tap waters water inlet pipe 120 enter under originally aqueous
Pressure chamber 41, in the presence of tap water pressure, waste water and tap water are added waste water flushing case 20 and tap water flushing case 30
In, the operation principle of the moisturizing process will be described in more detail below；When water level rises to low water level L, tap water bath
Valve 80 cuts out；When water level rises to full-water level F, tap water water inlet control valve 70 is closed.
Reference picture 3-6, describes the work that the waste water in storage of waste water case 60 adds to waste water flushing case under tap water pressure
Make principle.In Fig. 3-7, single arrow represents the flow path of tap water, and double-head arrow represents the flow path of waste water.In figure 3,
When tap water water inlet control valve 70（Referring to Fig. 1 and 2）During opening, tap water enters lower tap water by tap water water inlet pipe 120
Hydraulic pressure chamber 42, lower tap water hydraulic pressure chamber 42 upwardly extend, and promotes active clapboard 110 to rise, by upper tap water hydraulic pressure chamber 41 from
The waste water of water and upper waste water hydraulic pressure chamber 51 is pressed onto in tap water flushing case 30 and waste water flushing case 20 respectively；Due to active clapboard
110 rise, and lower waste water hydraulic pressure chamber 52 is upwardly extended in the presence of elasticity itself, and volume becomes big, becomes negative pressure, thus by waste water
Waste water in storage bin 60 passes through wastewater inlet pipe 130 and the second check valve 54 is drawn into lower waste water hydraulic pressure chamber 52.With originally
Water is continued into, and active clapboard 110 rises and backs down tap water water compensating valve 43 until tap water water compensating valve opening mechanism 44, under
The tap water of tap water hydraulic pressure chamber 42 flows into upper tap water hydraulic pressure chamber 41, and the waste water of lower waste water hydraulic pressure chamber 52 is unidirectional by first
Valve 53 is entered in upper aqueous pressure chamber 51, as shown in Figure 4.As tap water water compensating valve 43 is opened, lower tap water hydraulic pressure chamber 42 is with
The pressure of waste water hydraulic pressure chamber 52 is let out and is removed, and the second check valve 54 is closed, and waste water no longer enters lower waste water hydraulic pressure from storage of waste water case 60
Room 52, gravity of the active clapboard 110 in the reset response and upper tap water hydraulic pressure chamber 41 and upper waste water hydraulic pressure chamber 51 of spring 46
Move down under effect, the waste water of the tap water of lower tap water hydraulic pressure chamber 42 and lower waste water hydraulic pressure chamber 52 passes through clear water moisturizing respectively
Valve 43 and the first check valve 53 go successively to tap water hydraulic pressure chamber 41 and upper waste water hydraulic pressure chamber 51, as shown in Figure 5.When waste water is rushed
Just when case 20 fills water, tap water water inlet control valve 70（Referring to Fig. 1 and 2）Close, tap water water compensating valve closing organ 45 withstands
And tap water water compensating valve 43 is closed, tap water hydraulic pressure chamber 40 and waste water hydraulic pressure chamber 50 stand by, as shown in Figure 6.
The tap water hydraulic pressure chamber and waste water hydraulic pressure chamber of above-described embodiment uses waste water hydraulic pressure chamber and is set in originally aqueous
Compression water pump structure outside pressure chamber, certainly, in other embodiments, it would however also be possible to employ tap water hydraulic pressure chamber is set in waste water
The structure that compression water pump structure or tap water hydraulic pressure chamber and waste water hydraulic pressure chamber outside hydraulic pressure chamber is set up in parallel, here no longer
It is described further., but it is preferred that the compression water pump structure being set in using waste water hydraulic pressure chamber outside tap water hydraulic pressure chamber.
The tap water hydraulic pressure chamber 40 and waste water hydraulic pressure chamber 50 of piston-type underwater pump configuration are adopted referring to Fig. 7-9 explanations.It is useless
Aqueous pressure chamber 50 is coaxially set in outside tap water hydraulic pressure chamber 40.The top of tap water hydraulic pressure chamber 40 and waste water hydraulic pressure chamber 50 is fixed
Become to piston type moving valve 100, the i.e. volume of tap water hydraulic pressure chamber 40 and waste water hydraulic pressure chamber 50 by piston type moving valve 100
Change.Tap water water compensating valve 47 is provided with tap water hydraulic pressure chamber 40, its effect is made with the tap water water compensating valve 43 in first embodiment
With identical.Tap water hydraulic pressure chamber 40 is connected with tap water water inlet pipe 120, and by tap water water compensating valve 47 and tap water flushing
Case 30 is connected.48 one end of tap water water compensating valve flexibility drawstring is fixed on tap water water compensating valve 47, and the other end is fixed on movable setting
Tap water water compensating valve flexibility drawstring fixing device 49 in tap water hydraulic pressure chamber 40, for pulling open tap water water compensating valve 47.It is useless
Waste water water compensating valve 55 is provided with aqueous pressure chamber 50, waste water hydraulic pressure chamber 50 is connected with storage of waste water case 60 by the second check valve 54,
And connected with waste water flushing case 20 by waste water water compensating valve 55.56 one end of waste water water compensating valve flexibility drawstring is fixed on waste water water compensating valve
55, the other end is fixed on moving valve 100, for pulling open sewage water compensating valve 47.Spring 101 is arranged on spring fitting device 102
Between moving valve 100, spring fitting device 102 is located at the appropriate location above moving valve 100 moving valve 100 is pushed back original
Beginning position.
Referring now to the operation principle of Fig. 7-9 brief descriptions once tap water hydraulic pressure chamber 40 and waste water hydraulic pressure chamber 50.In Fig. 7
In, tap water water inlet control valve 70 is opened, and tap water enters tap water hydraulic pressure chamber 40 by tap water water inlet pipe 120, is promoted and is lived
Dynamic valve 100 rises, and 50 volume of waste water hydraulic pressure chamber becomes big, becomes negative pressure, and the waste water in storage of waste water case 60 passes through the second check valve
54 are drawn into waste water hydraulic pressure chamber 50, and as tap water is continued into, tap water water compensating valve 47 and sewage water compensating valve 55 are opened, from
The waste water of the tap water and waste water hydraulic pressure chamber 50 of water hydraulic pressure chamber 40 adds to tap water flushing case 30 and waste water flushing case respectively
20.After tap water water compensating valve 47 and sewage water compensating valve 55 are opened, the pressure of tap water hydraulic pressure chamber 40 and waste water hydraulic pressure chamber 50
Let out and remove, moving valve 100 declines in the presence of spring 101, sewage water compensating valve 55 and the second check valve 54 are closed, due to tap water
Water inlet control valve 70 is still in open position, therefore tap water water compensating valve 47 is stayed open, as shown in Figure 8.When waste water flushing case
20 when filling water, and as tap water water inlet control valve 70 is closed, therefore tap water water compensating valve 47 is closed, as shown in Figure 9.
Reference Fig. 2,10 and 11, Figure 10 and 11 show the another of the storage of waste water case of water-saving flushing toilet stool of the present utility model
Embodiment.Water-saving flushing toilet stool include storage of waste water case 60 and the wastewater collection pond 61 that is arranged on below storage of waste water case 60 and
Waste water is drawn into into the second waste water pumping device 62 of storage of waste water case 60 from wastewater collection pond 61.Storage of waste water case 60 is arranged on
The bottom of water-saving flushing toilet stool 10, for collecting the waste water of higher level generation.Wastewater collection pond 61 is arranged on water-saving flushing toilet stool bottom
Below portion, for collecting the waste water produced compared with low water level.
Second waste water pumping device 62 includes scalable second waste water hydraulic pressure chamber 621, is fixed on the second waste water hydraulic pressure chamber 621
Second active clapboard 622 at top, the waste water being arranged in the second active clapboard 622 entered from the second waste water hydraulic pressure chamber 621
Two connecting rods 624 of the 3rd check valve 623 of storage of waste water case 60, the second active clapboard 622 of connection and active clapboard 110, it is connected
Wastewater collection pond 61 and the waste pipe 625 of the second waste water hydraulic pressure chamber 621 and be arranged on wastewater inlet pipe 625 it is the 4th unidirectional
Valve 626.When tap water promotes active clapboard 110 to rise, the 622 synchronous rising of the second active clapboard is driven by connecting rod 624, is made
Second waste water hydraulic pressure chamber 621 extends, so as to waste water is passed through wastewater inlet pipe 625 and the 4th check valve from wastewater collection pond 621
626 are drawn into the second waste water hydraulic pressure chamber 621（As shown in Figure 10）；When active clapboard 110 declines, by 624 Timing Belt of connecting rod
Dynamic second active clapboard 622 declines, and shortens the second waste water hydraulic pressure chamber 621, so as to will be drawn into the second waste water hydraulic pressure chamber
621 waste water is pressed into storage of waste water case 60 by the 3rd check valve 623（As shown in figure 11）.
Referring to Fig. 2,12-14, water-saving flushing toilet stool 1 also include can automatic deploying and retracting wash platform 2, can 2 pivot of automatic deploying and retracting wash platform
Turn ground to be arranged on above water-saving flushing toilet stool main body 10, can the discharge outlet of automatic deploying and retracting wash platform 2 waste water is connected to by drain pipe
Storage bin 60.Can automatic deploying and retracting wash platform 2 include hand basin 21, pivoted frame 22, hydraulic drive mechanism 23, pedal 24, hand basin
21 are fixed on pivoted frame 22, and driven gear 221 is installed with pivoted frame 22, and hydraulic drive mechanism 23 includes driving gear 231, hydraulic pressure
Case 232, the vertical tooth rack 233 being installed at the top of hydraulic fluid tank, tap water inlet and outlet control valve 234 and tap water turnover water management
Valve operating-controlling mechanism 235.Tooth bar 233, driving gear 231 and driven gear 221 composition gear drive, pedal 24 is by connecting
235 action of the triggering tap water inlet and outlet control valve of bar 241 operating-controlling mechanism.Preferably, tap water inlet and outlet control valve mechanism 235 wraps
Be arranged on gear 2351 hydraulic fluid tank with including gear 2351, diametrically contraposition is completely pressed onto a connecting rod 2352 and hydraulic fluid tank pressure release connects in place
Bar 2353.Gear 2351 is engaged with tooth bar 233, and the lifting of tooth bar 233 drives even hydraulic fluid tank to be completely pressed onto a connecting rod 2352 and hydraulic fluid tank
Pressure release 2353 action of connecting rod in place, to control 234 action of tap water inlet and outlet control valve.232 telescopic band carry-over bar 233 of hydraulic fluid tank
Move up and down, to drive driving gear 231 to rotate clockwise or counterclockwise, so as to driving hand basin 21 to pack up or putting down.Originally
Water inlet and outlet control valve 234 is coaxial multistage rotational structure 2340, and is provided with the water inlet 2341 of connection tap water water inlet pipe, connects
Connect the outlet 2343 of the intake-outlet 2342 and connection tap water drain pipe 236 of hydraulic fluid tank 232, tap water drain pipe 236
It is in fluid communication with tap water flushing case 30.
With reference to Fig. 2,12-14, illustrate can automatic deploying and retracting wash platform 2 utilize the operation principle of tap water pressure folding and unfolding.When will
When hand basin 21 is put down, pedal 24 is stepped on foot, the outlet 2343 and turnover in tap water inlet and outlet control valve 234
The mouth of a river 2342 turns on, i.e., enter state shown in Figure 14 b from state shown in Figure 14 a, and water discharged from hydraulic fluid tank 232, hydraulic fluid tank 232 to
Lower retraction so that tooth bar 233 is moved down, so as to drive 231 rotate counterclockwise of driving gear, gear 2351 to turn clockwise,
Driven gear 221 is rotated clockwise, and hand basin 21 puts down, as shown in figure 12, when washbasin 21 puts down in place, due to hydraulic fluid tank
The effect of a connecting rod 2352 and hydraulic fluid tank pressure release connecting rod 2353 in place, the water inlet of tap water inlet and outlet control valve 234 are pressed onto completely
2341st, intake-outlet 2342 and outlet 2343 are all not turned on, and hydraulic fluid tank 232 keeps constant, i.e., enter from state shown in Figure 14 b
State shown in Figure 14 c.When hand basin 21 is packed up, then pedal 24, tap water inlet and outlet control valve 234 are stepped on foot
In water inlet 2341 turn on intake-outlet 2342, i.e., from state shown in Figure 14 c enter state shown in Figure 14 d, tap water from
Water inlet water inlet pipe enters hydraulic fluid tank 232, and hydraulic fluid tank 232 is upwardly extended so that tooth bar 233 is moved up, so as to drive driving tooth
Wheel 231 turns clockwise, 2352 rotate counterclockwise of gear, driven gear 221 are rotated counterclockwise, and hand basin 21 is packed up, such as Figure 13
It is shown, when washbasin 21 is packed up in place, as hydraulic fluid tank is completely pressed onto a connecting rod 2352 and hydraulic fluid tank pressure release connecting rod 2353 in place
Effect, the water inlet 2341 of tap water inlet and outlet control valve 234, intake-outlet 2342 and outlet 2343 be all not turned on, liquid
Pressure case 232 keeps constant, i.e., enter state shown in Figure 14 a from state shown in Figure 14 d.
Terms used herein waste water refers to the seconary water use produced by people's daily life of shower, laundry etc..From
The water inherently clean water with pressure, while tap water can also be by obtained from no pressure water be by the pressurization such as electric pump
Press water is substituted.
Although specifically showing and describing this utility model with reference to preferred embodiment, those skilled in the art should
This is understood, in the spirit and scope of the present utility model limited without departing from appended claims, in form and details
On this utility model can be made a variety of changes, be protection domain of the present utility model.
Claims (10)
1. a kind of full automatic synchronization extracts the water-saving flushing toilet stool that secondary waste water is used, it is characterised in that：Including flushing cistern, it is located at
Storage of waste water case below flushing cistern and the waste water in the storage of waste water case is drawn into into the flushing cistern automatically
Automatic waste water draw-out device, the automatic waste water draw-out device include the useless of the tap water hydraulic pressure chamber and variable volume of variable volume
Aqueous pressure chamber, drives the tap water hydraulic pressure chamber volume to become big with tap water hydraulic, synchronous to drive the sewage hydraulic pressure chamber to hold
Product becomes big and forms negative pressure, and then extracts the water in the storage of waste water case and add in the flushing cistern.
2. the water-saving flushing toilet stool that full-automatic extraction secondary waste water as claimed in claim 1 is used, it is characterised in that：It is described automatic
Waste water pumping device is compression water pump structure, and specifically, the tap water hydraulic pressure chamber and the waste water hydraulic pressure chamber are and can stretch
Shrinking structure, the waste water hydraulic pressure chamber coaxial sleeve are located at outside the tap water hydraulic pressure chamber, the tap water hydraulic pressure chamber and described useless
Aqueous pressure chamber is divided into upper tap water hydraulic pressure chamber and lower tap water hydraulic pressure chamber and upper waste water hydraulic pressure chamber and lower useless by active clapboard
Aqueous pressure chamber, tap water water compensating valve is provided with the active clapboard between upper tap water hydraulic pressure chamber and lower tap water hydraulic pressure chamber and on
Waste water is provided with active clapboard between waste water hydraulic pressure chamber and lower waste water hydraulic pressure chamber upper exhausted water is entered from lower waste water hydraulic pressure chamber
First check valve of pressure chamber；The tap water hydraulic pressure chamber lower end is connected with tap water, when tap water enters lower tap water hydraulic pressure chamber
When, promote the active clapboard to rise, and then the waste water hydraulic pressure chamber elongation produces negative pressure under driving, with synchronization by waste water from institute
State storage of waste water case to extract and add in the flushing cistern.
3. the water-saving flushing toilet stool that full-automatic extraction secondary waste water as claimed in claim 2 is used, it is characterised in that：It is described automatic
Waste water pumping device is additionally provided with tap water water compensating valve opening mechanism and tap water water compensating valve closing organ；The tap water moisturizing
Valve opening mechanism is the vertical rod or projection extended from the upper tap water hydraulic pressure chamber top down, and the tap water water compensating valve is closed
It is to extend the vertical tube that connects with tap water water inlet pipe from the lower tap water hydraulic pressure chamber bottom up or tap water enters to close mechanism
Water pipe upwardly extends portion.
4. the water-saving flushing toilet stool that full-automatic extraction secondary waste water as claimed in claim 1 is used, it is characterised in that：It is described automatic
Waste water pumping device is piston water pressure pump configuration, specifically, the top of the tap water hydraulic pressure chamber and the waste water hydraulic pressure chamber
It is installed on piston type moving valve, the tap water hydraulic pressure chamber is provided with the tap water water compensating valve connected with the flushing cistern,
For waste water water compensating valve being connected with the flushing cistern and being connected with the storage of waste water case is provided with the waste water hydraulic pressure chamber
Two check valves, the tap water hydraulic pressure chamber are connected with tap water, when tap water enters the tap water hydraulic pressure chamber, promote described
Moving valve rises, and then makes the waste water hydraulic pressure chamber volume become big generation negative pressure, with synchronization by waste water from the storage of waste water case
Extract and add in the flushing cistern.
5. the water-saving flushing toilet stool that the full-automatic extraction secondary waste water as described in claim 2,3 or 4 is used, it is characterised in that：Institute
Stating flushing cistern includes tap water flushing case and waste water flushing case, and the tap water hydraulic pressure chamber is connected with the tap water flushing case
Logical, the waste water hydraulic pressure chamber is connected with the waste water flushing case, and the tap water flushing case is provided with tap water flashing valve, described useless
Water flushing cistern is provided with ball float, and the ball float is by the coupled linkage control tap water flashing valve and originally
The switch of water water inlet control valve, the tap water water inlet control valve are used to control tap water into the tap water hydraulic pressure chamber.
6. the water-saving flushing toilet stool that full-automatic extraction secondary waste water as claimed in claim 2 is used, it is characterised in that：The waste water
Wastewater collection pond is provided with below storage bin and waste water is drawn into from wastewater collection pond the second waste water of the storage of waste water case
Draw-out device, it is movable with second be fixed at the top of which that second waste water pumping device includes scalable second waste water hydraulic pressure chamber
Dividing plate, is provided with the 3rd check valve that waste water enters the storage of waste water case from the second waste water hydraulic pressure chamber in the second portable plate,
Second active clapboard is connected by two connecting rods with the active clapboard, with when tap water promotes the active clapboard to rise
The second active clapboard is driven to rise, so that the second waste water hydraulic pressure chamber elongation, waste water is extracted from the wastewater collection pond
To the second waste water hydraulic pressure chamber, and when the active clapboard declines by the water of the second waste water hydraulic pressure chamber by described the
Three check valves are pressed into the storage of waste water case.
7. the water-saving flushing toilet stool that the full-automatic extraction secondary waste water as described in claim 1,2,3 or 4 is used, it is characterised in that：
Also include flushing device for toilet and can automatic deploying and retracting wash platform, it is described can automatic deploying and retracting wash platform be pivotally mounted on the flushing device for toilet
Side, it is described can the discharge outlet of automatic deploying and retracting wash platform storage of waste water case is connected to by drain pipe.
8. the water-saving flushing toilet stool that full-automatic extraction secondary waste water as claimed in claim 7 is used, it is characterised in that：It is described to can oneself
Dynamic folding and unfolding wash platform includes hand basin, pivoted frame, hydraulic drive mechanism, pedal, and hand basin is fixed on pivoted frame, fixed on pivoted frame
Have a driven gear, hydraulic drive mechanism include driving gear, scalable hydraulic fluid tank, the vertical tooth rack being installed at the top of hydraulic fluid tank,
Tap water inlet and outlet control valve and tap water inlet and outlet control valve operating-controlling mechanism, the tooth bar, driving gear and driven gear
Composition gear drive, pedal trigger tap water inlet and outlet control valve action, tap water inlet and outlet control valve by connecting rod
Operating-controlling mechanism controls tap water inlet and outlet control valve action, and hydraulic fluid tank telescopic band carry-over bar is moved up and down, to drive driving gear
Rotate clockwise or counterclockwise, so as to driving hand basin to pack up or putting down.
9. the water-saving flushing toilet stool that full-automatic extraction secondary waste water as claimed in claim 8 is used, it is characterised in that：It is described originally
Water inlet and outlet control valve is coaxial multistage rotational structure, and is provided with the water inlet of connection tap water water inlet pipe, connects hydraulic fluid tank
The outlet of intake-outlet and connection tap water drain pipe, the tap water drain pipe are connected with the tap water flushing case fluid
It is logical.
10. the water-saving flushing toilet stool that full-automatic extraction secondary waste water as claimed in claim 1 is used, it is characterised in that：It is described from
Water can be substituted by the water with pressure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621083673.9U CN206090697U (en) | 2016-09-27 | 2016-09-27 | Water conservation towards stool pot that full -automatic extraction waste water secondary used |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621083673.9U CN206090697U (en) | 2016-09-27 | 2016-09-27 | Water conservation towards stool pot that full -automatic extraction waste water secondary used |
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| CN206090697U true CN206090697U (en) | 2017-04-12 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106223398A (en) * | 2016-09-27 | 2016-12-14 | 杨老秀 | The water-saving flushing toilet stool that a kind of full-automatic extraction secondary waste water uses |
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2016
- 2016-09-27 CN CN201621083673.9U patent/CN206090697U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106223398A (en) * | 2016-09-27 | 2016-12-14 | 杨老秀 | The water-saving flushing toilet stool that a kind of full-automatic extraction secondary waste water uses |
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